Acoustic standing wave technology combined with microtechnology opens up new areas for
the development of advanced particle and cell separating microfluidic systems. This tutorial …

The ability to obtain ideal conditions for well-defined chemical microenvironments and
controlled temporal chemical and/or thermal variations holds promise of high-resolution cell …

In part 14 of the tutorial series “Acoustofluidics–exploiting ultrasonic standing wave forces
and acoustic streaming in microfluidic systems for cell and particle manipulation”, we …

This acoustofluidics tutorial focuses on continuous flow-based half wavelength resonator
systems operated in the transversal mode, where the direction of the primary acoustic force …

This paper is based on material presented at the start of a Health Protection Agency meeting
on ultrasound and infrasound. In answering the question 'what is ultrasound?', it shows that …

Acoustophoresis is getting more attention as an effective and gentle non-contact method of
manipulating cells and particles in microfluidic systems. A key to a successful assembly of …

Techniques for manipulating, separating, and trapping particles and cells are highly desired
in today's bioanalytical and biomedical field. The microfluidic chip-based acoustic …

This part of the Acoustofluidics tutorial series reviews applications in acoustic trapping of
micron-sized particles and cells in microfluidic systems. Acoustic trapping enables non …

Ultrasonic levitation of some small living animals such as ant, ladybug, and young fish has
been achieved with a single-axis acoustic levitator. The vitality of ant and ladybug is not …

Flow cytometry can simultaneously measure and analyze multiple properties of single cells
or particles with high sensitivity and precision. Yet, conventional flow cytometers have …